Sure, it is commonly done, in hydroelectric plants. The energy from the falling water is converted into electricity. Please note that it takes energy to get the water up again. This occurs in nature due to the Sun's energy.
Sure, it is commonly done, in hydroelectric plants. The energy from the falling water is converted into electricity. Please note that it takes energy to get the water up again. This occurs in nature due to the Sun's energy.
Sure, it is commonly done, in hydroelectric plants. The energy from the falling water is converted into electricity. Please note that it takes energy to get the water up again. This occurs in nature due to the Sun's energy.
Sure, it is commonly done, in hydroelectric plants. The energy from the falling water is converted into electricity. Please note that it takes energy to get the water up again. This occurs in nature due to the Sun's energy.
Sure, it is commonly done, in hydroelectric plants. The energy from the falling water is converted into electricity. Please note that it takes energy to get the water up again. This occurs in nature due to the Sun's energy.
It takes energy to generate electricity. Mechanical energy or thermal energy or nuclear energy , chemical energy,etc, etc,etc
potential energy
No
No
21.9%
Gravitational potential energy stored in the water reserved in a dam becomes useful to generate electricity.
It takes energy to generate electricity. Mechanical energy or thermal energy or nuclear energy , chemical energy,etc, etc,etc
We generate electricity from other forms of energy. Such as wind, sun, ect...
use electricity generators which generate electricity from candle energy
It is used to move things. It is also used to generate electricity.
let the geothernal energy to boil the water, then use the stream to generate the electricity. it is the same way when you use coal generate the electricity. but the detail system is very complicated.
potential energy
Mechanical energy
To generate electricity
Electricity.
21.9%
No